LENNOX
LENNOX – The Boho Luxe Wedding Gown
Inspired by the effortless beauty of Byron Bay, the LENNOX gown blends bohemian 70's charm with modern elegance. Featuring flowing kimono sleeves, a plunging V-neckline, a dramatic low V-back, and a soft train, this gown is designed for the free-spirited bride who loves timeless romance with a contemporary edge.
The LENNOX gown is designed to flatter every body shape with its effortlessly chic and universally flattering silhouette. The plunging V-neckline is perfect for the itty-bitty club, while still offering enough coverage for bustier brides who want support without compromising on style. The free-flowing empire waist provides a relaxed yet elegant fit—ideal for tummy control, curvier figures, and even a little baby bump. Soft kimono sleeves add a touch of modesty while keeping the look modern, with a hint of ’70s vintage charm for the ultimate boho-luxe vibe.
The leg split adds graceful movement—perfect for walking barefoot on the sand, dancing under the stars, or capturing stunning bridal portraits.
White Fabric – Crafted from a luxurious, medium-weight polyester with a slight shine, this fabric is silky smooth yet breathable, offering the perfect balance of comfort and structure for all-day wear.
Blush Fabric - Our blush-gold fabric features soft pearl and sequin embellishments that catch the golden light, adding a touch of luxury and sparkle to your gown. Perfect for brides seeking subtle elegance and a glowing, ethereal look. Stay tuned on socials as we are changing the fabric sample!
Fit – Model is a size 8, wearing a sample size 10. For a more fitted, flattering silhouette, we recommend selecting your usual Australian dress size.
Pre-Orders – Designed in Byron Bay, Australia, our collection is currently in production and will be available mid-2025. Stock is expected to arrive by June 2025 and will ship immediately via Express Post, just in time for your Spring or Summer wedding!
Exchange + Refunds - Easy exchanges & refunds available on Ready-to-Wear gowns. Terms apply.